Show that 1+2x+2 = In(5-2). By using the substitution r = t determine the convergence of...

 

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Show that 1+2x+2 = In(5-2). By using the substitution r = t determine the convergence of dr (x+1) T* (a) Test the convergence of the series given by (r + 1)! r!(er) (b) Obtain 3 non zero terms of the Maclaurins series for sinx. evaluate sin x x Give your answer correct to 4 decimal places. dx. [6 Show that 1+2x+2 = In(5-2). By using the substitution r = t determine the convergence of dr (x+1) T* (a) Test the convergence of the series given by (r + 1)! r!(er) (b) Obtain 3 non zero terms of the Maclaurins series for sinx. evaluate sin x x Give your answer correct to 4 decimal places. dx. [6